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1. PLAXIS 2D EXAMPLE FOR REMOTE SCRIPTING MANUAL
2. PLAXIS 2D EXAMPLE FOR REMOTE SCRIPTING FULL
3. PLAXIS 2D EXAMPLE FOR REMOTE SCRIPTING SOFTWARE

PLAXIS 2D EXAMPLE FOR REMOTE SCRIPTING MANUAL

Instead, comparison of the output allowed the critical sections to be identified, with additional optimisations and sensitivity checks targeting these locations to ensure an appropriate design outcome.Īutomation was also applied where geometries, such as the Euston Crossover Tunnels and Euston Cavern – 15m Stacked Drift, were not suitable for manual staging and geometry generation.

PLAXIS 2D EXAMPLE FOR REMOTE SCRIPTING FULL

By automating a number of manual processes, the design team was able to carry out a large number of analyses covering the full range of design input variables without identifying the critical combinations in advance. Version: 3D CONNECT Edition V20 (20.0.0.This paper describes novel methods and tools used to set up, run and review results from multiple 2D finite element analyses for the High Speed Two (HS2) Euston Scissor Cut, using the project BIM model, Plaxis’ remote scripting Python wrapper and PowerBI.

PLAXIS 2D EXAMPLE FOR REMOTE SCRIPTING SOFTWARE

In this showreel, we display some models of dams and embankments made in PLAXIS 3D.īentley Systems is a software development company that supports the professional needs of those responsible for creating and managing the world's infrastructure. PLAXIS 3D has advanced features to tackle modelling challenges in the most complex geotechnical projects, that cannot be solved with PLAXIS 2D.įinite element modelling in full 3D has never been easier with a range of CAD-like drawing tools and extrude, intersect, combine and array operations. Applications range from excavations, embankments and foundations to tunnelling, mining and reservoir geomechanics. PLAXIS is used worldwide by top engineering companies and institutions in the civil and geotechnical engineering industry. PLAXIS 3D is a powerful and user friendly finite element package intended for three-dimensional analysis of deformation and stability in geotechnical engineering and rock mechanics. Apply hydrostatic and nonhydrostatic pore pressures, model structures and the interaction between the structures and the soil, and take on projects of all types such as excavations, foundations, embankments, tunnels, mines, dredging, and more. You will have what it takes to handle advanced constitutive models for the simulation of the nonlinear and time-dependent behavior of soils. Design and perform advanced finite element analysis of soil and rock deformation and stability, as well as soil structure interaction and groundwater and heat flow.

PLAXIS Geotechnical Finite Element Analysis SoftwareĬonquer any geotechnical project with confidence using PLAXIS. The PLAXIS 2D and 3D CONNECT Edition now has a Scripting reference manual, learn-by-doing by changing and running live script examples. You can also edit and rerun the samples and see the effect of your changes, offering a great way of learning-by-doing. These samples can be run live in the software to see and understand what happens. Sample scripts for each of the commands in PLAXIS 2D and 3D are offered in a Jupyter notebook.

Easily learn Python-based remote scripting in PLAXIS with the new Scripting Reference manual. Scripting Reference manual as a Jupyter notebook PLAXIS 3D CE V20.00.00 Release notes - Release: August 2019